Welcome to our Perfect Acoustics service page, where we offer an extensive range of high-quality solutions designed to optimize sound performance and enhance your acoustic environment.

We provide a wide range of soundproofing services for residential, commercial, and industrial applications.


We consult, design, engineer, and make acoustic solutions for all sectors. We offer a no obligation free on-site sound assessment.


The successful design of any size theatre requires acoustic expertise in several areas, including mechanical noise control, interior acoustics and geometry, and the design and specification of AV equipment.

Great sound quality is critical to the enjoyment of movies and TV shows. Our home theatre panels eliminate any “echoes” or background noises, so you can enjoy your favourite media in comfort without distractions. Put yourself on screen with this innovative product that will enhance family time as well!


Soundproofing installations can be found in many public and private sector environments, including offices. These often need to have some type of sound barrier installed for privacy purposes while providing the best possible work environment with acoustic comfort. Sound-absorbing materials such as acoustical panels are common solutions for ceilings or partitions that allow sounds from one side to pass through but dampen those on the other side by trapping all reverberations within an enclosed space. Acoustic partitions help provide a more comfortable working experience without sacrificing functionality and accessibility throughout your office spaces or home office space.
The introduction and strategic location of sound absorbing surfaces together with appropriate office acoustic panels will contribute towards providing an environment that creates maximum comfort for staff and can ensure good productivity. No matter what type of office space you are in; open plan, private office, meeting room or AV/VC suite, the pre-requisites for acoustic comfort, speech intelligibility and speech privacy are the same. Depending on your specific design requests, our office acoustics solutions can be discrete and subtle, or add fantastic architectural elements and style to the workplace.


Acoustic design for educational buildings is a critical aspect of modern learning environments. Rooms must be designed to facilitate clear communication between teachers and students. Without good acoustic design, the learning space may not be suitable for its intended use.
Students spend four to five hours per day in classrooms. According to research, children are more susceptible to poor acoustics than adults. They are neurologically undeveloped and lack experience predicting from context, especially younger students who are just beginning to grasp the fundamentals of comprehension. This means that when designing for education sector, special consideration must be given to acoustics.




Industrial Acoustics is the discipline that tries to mitigate the effects of noise in the development of industrial activity. They are working to find the source of this noise because it has been discovered that the excessive volume of these noises can be harmful to one’s health. Acoustic baffles, cabins, acoustic enclosures for generators, acoustic doors and barriers, etc., are all these elements used by industrial acoustics to reduce the harmful effects of noise and vibration.


When we require professional healthcare, we go to the hospital, which is perfectly designed to assist us in recovering. Unfortunately, most healthcare facilities were never designed with sound in mind, and as a result, noise is the most common patient complaint in hospitals.
According to one study, average hospital noise levels around the world are twelve times louder than the World Health Organization recommended level during the day and eight times louder at night. Then there’s the elevated blood pressure and increased risk of a heart attack. higher analgesic doses cause stress in both patients


According to research, one of the most common concerns from residents in multi-family projects is noise. Footfall impact noise from walking and movement on the floor above another residence is the most typical concern. Airborne noise, such as televisions or loud discussions, is also a source of noise concerns. Noise issues are also caused by plumbing and building systems such as wastewater, elevators, and ventilation systems. All of these factors have a substantial impact on inhabitants’ general comfort and opinion of the quality of their home. Unfortunately, building code limits for sound transmission and impact insulation between units are insufficient to assure proper acoustical privacy, and there are no code restrictions for noise from plumbing or building systems within the building at the moment.


Hotels, public houses, restaurants, cafes, stadiums, sports venues, nightclubs, amusement parks, movie theatres All of these structures have areas where activities are taking place that will be acoustically demanding in order to achieve the best performance for whatever their needs are. These can be treated with high-quality acoustic panels that are custom-made to your specifications. There are numerous shapes and colours that can be fitted to existing walls and ceilings, as well as cut around existing services such as electric sockets and lighting. By treating these areas with acoustic panels, you can eliminate any unwanted reverberation noise from hard reflective surfaces, resulting in a quieter, calmer environment for your enjoyment.


Building system noise and vibration control is a crucial aspect of modern construction and infrastructure design. It involves implementing measures to minimize the transmission of noise and vibrations generated by various building systems, such as HVAC (Heating, Ventilation, and Air Conditioning), plumbing, electrical equipment, and elevators. Effective control of noise and vibrations is essential for ensuring occupant comfort, maintaining productivity in workspaces, and preserving the structural integrity of the building.


Mechanical acoustics is a fascinating field that explores the interactions between sound and mechanical systems. It focuses on the generation, propagation, and control of sound waves within various mechanical structures. These structures can range from everyday objects like musical instruments and vehicles to complex machinery and industrial equipment.
One of the fundamental aspects of mechanical acoustics is the study of vibration and its effects on sound production. Vibrating objects, such as strings, membranes, or solid bodies, create sound waves through the transfer of energy. Understanding the characteristics of these vibrations and their resonance frequencies is crucial for optimizing the quality and efficiency of sound production.


Architectural acoustics is a specialized field that deals with the design and manipulation of sound within built environments. It encompasses the science and art of controlling sound transmission, reflection, absorption, and diffusion to create optimal acoustic conditions in various spaces. By carefully considering the acoustical properties of a building, architects and acoustical engineers can shape the way sound behaves, ensuring clarity, intelligibility, and an overall pleasing auditory experience.


Environmental noise refers to the broad range of sounds present in our surroundings that arise from various sources, including transportation, industrial activities, construction, and human activities. It is a pervasive and often underestimated issue that can have detrimental effects on our well-being and the overall quality of life. The constant exposure to high levels of environmental noise can lead to a range of negative impacts, such as increased stress levels, sleep disturbances, impaired concentration, and even long-term health problems. Furthermore, it can disrupt wildlife habitats and ecosystems, affecting the natural balance and behavior of animals. As concerns about environmental noise continue to grow, it is crucial for communities and policymakers to implement effective measures to mitigate its effects and preserve a peaceful and sustainable acoustic environment for present and future generations.